Research Assistant - Affordable Artificial Intelligence for Medical Imaging
University of Oxford, New Headington, Oxford
Research Assistant - Affordable Artificial Intelligence for Medical Imaging
£32332-£38205
University of Oxford, New Headington, Oxford
- Full time
- Temporary
- Onsite working
Posted 1 week ago, 14 Jun | Get your application in now before you're too late!
Closing date: Closing date not specified
job Ref: f3edf4c727d24c4fb1322e271951f0e7
Full Job Description
The successful candidate will contribute to a project that integrates cutting-edge AI techniques, such as medical image analysis and natural language processing, with applications in cardiology within a global context. You will be responsible for the design and testing of bespoke AI models for cardiac imaging, as well as contributing to their clinical validation and real-world translation. These models aim to support non-specialist healthcare workers and address critical skill shortages in cardiac diagnostics, particularly in low-resource settings.
In the long term, this project seeks to advance digital health equity by empowering healthcare providers in underserved regions and providing a testbed for the responsible deployment of AI in clinical environments.
To be considered, you must hold a Masters degree in engineering, mathematics or computational and have demonstrated experience in programming (Python preferably) for medical imaging processing and machine learning. You are flexible, pro-active and an adaptable team worker.
Oxford Population Health (Nuffield Department of Population Health, University of Oxford), Old Road Campus, Headington, Oxford, OX3 7LF
The Nuffield Department of Population Health (NDPH) contains world renowned population health research groups and provides an excellent environment for multi-disciplinary research and teaching.
We are seeking a Research Assistant to join a team working at the intersection of medical imaging and machine learning at the University of Oxford. This is an exciting opportunity to work across disciplines of global health, cardiovascular diseases, inequality in access to imaging and AI-powered diagnosis.
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